Dynamic Simulation and Numerical Analysis of Hurricane Storm Surge Under Sea Level Rise with Geomorphologic Changes along the Northern Gulf of Mexico

Dynamic Simulation and Numerical Analysis of Hurricane Storm Surge Under Sea Level Rise with Geomorphologic Changes along the Northern Gulf of Mexico

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Author: Chris Swann

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Last Updated: 31-10-2019 19:31

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Bilskie et al. 2016_Dynamic Simulation and Numerical Analysis of Hurricane Storm Surge Under Sea Level Rise with Geomorphic Changes along the Northern Gulf of Mexico.pdf

Bilskie, M. V., Hagen, S. C., Alizad, K., Medeiros, S. C., Passeri, D. l., Needham, H. F. 2016. Dynamic Simulation and Numerical Analysis of Hurricane Storm Surge Under Sea Level Rise with Geomorphologic Changes along the Northern Gulf of Mexico. Earth’s Future. 4. 177-193

Climate change, Coastal, Modeling, Sea level, Sea level rise, Stormflow, Climate, Natural disasters, Hurricanes, Resilience

This study developed a dynamic modeling framework to evaluate the effects of climate change and sea level rise on hurricane-driven storm surge in the Gulf of Mexico (U.S.). The model simulates various indicators of the coastal area’s health under four sea level rise scenarios in the year 2100.

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